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The easiest way for DIYers to smooth the edges of cut glass is to use sandpaper. Wearing protective gloves, gently sand the sharp edges smooth using low-grit sandpaper and working up to high-grit sandpaper. You can also use a multitool with a rotating sandpaper cylinder to make quicker work of the project.

Yes, it is possible to repair a damaged or cracked mirror, but whether you should do it yourself depends on the extent of the damage. For minor issues like small chips, cracks, and scratches, you can use a DIY approach. Resin-based repair kits can fix minor cracks, while scratches can often be removed with metal polish, nail polish, baking soda, or a glass polisher. Always follow the manufacturer’s instructions for the best results.

However, for more significant damage, DIY repair is not recommended. Repairing and resilvering mirrors is a delicate process that can involve caustic chemicals and requires a high level of precision. The materials for a DIY attempt can cost over $100, which may not be a significant saving compared to hiring a professional. Since a failed attempt could result in more damage and higher repair costs, it is often better to hire a mirror repair expert from the start, especially for large, valuable, or extensively damaged mirrors.

For small cracks, glass-bonding glue that can be pressed into cracks may be able to save a broken mirror. If a corner of a mirror has been chipped, you may be able to conceal the fact by adding a border or frame to the mirror. Deeper cracks and chips should be addressed by a glass-restoration professional if you're trying to preserve an antique or heirloom mirror.

There is no blanket number when it comes to glass thickness for soundproofing. Thicker glass does help reduce noise, but it’s only part of the solution. Most single-pane windows use glass that’s ⅛” to ¼” thick. While increasing the thickness can cut down on sound, the real noise-blocking power comes from stacking layers. Double—and triple-pane windows are far more effective for soundproofing. The combination of mass and separation breaks up sound waves better than thick glass could on its own.